Packages for medical devices and methods therefor

Abstract

A package for a medical device having a handle and an elongated shaft. The package includes a holster for holding the medical device, the holster having a tubular member for receiving the elongated shaft and a handle cover located at a proximal end thereof. The handle cover has a holster opening for accessing the handle to draw the medical device from the holster. The package includes a pouch having a sealed area bounded by a top sealed edge, a bottom sealed edge, a pair of side sealed edges extending between the top and bottom sealed edges, and at least one opening tab spaced from the bottom sealed edge. The medical device and the holster are disposed within the sealed area of the pouch with the elongated shaft of the medical device extending along the bottom sealed edge and the holster opening being located adjacent the at least one opening tab.

Description

BACKGROUND OF THE INVENTION[0001]1. Field of the Invention[0002]The present invention generally relates to medical devices and more particularly relates to packages for medical devices and methods therefor.[0003]2. Description of the Related Art[0004]During surgical procedures, great care is taken to prevent contamination of the surgical tools and medical devices used during the course of an operation. An operating team typically includes at least one member whose function is to open packages containing surgical tools and medical devices and to present them to a sterile nurse or surgeon in a manner whereby they remain in a sterile condition.[0005]There have been many efforts directed to providing packages for medical devices that allow for efficient opening of the package and presentation of the medical devices to surgical personnel in a sterile condition. One type of package provides a color-marked envelope that indicates the area to be torn off to provide an access opening to the ...

AI Technical Summary

Benefits of technology

[0025]In one embodiment, a medical device is placed on the paper blank and the blank is wrapped around the device to form the holster without the need to lift or shift the device. The device in the paper holster is placed handle end first into the pouch through the Tyvek® end. The Tyvek end is sealed and the assembly is sterilized and dried with the stainless steel shaft extending along the base of the foil pouch to minimize shifting during transportation and eliminate the need to tack the foil pouch or attach the holster to the foil pouch. The final foil seal is placed at the distal tip of the elongated shaft of the medical device. Using this loading and sealing protocol enables a shorter pouch length to be used since the flat seal area distance from the distal tip of the medical device (a three dimensional component) to the final seal (a two dimensional component) is minimized. If the larger three dimensional handle was nearest to the final seal, the flat seal area would have to be located at a greater distance from the medical device which would require a longer pouch.

[0026]In one embodiment, upon peeling open the foil pouch, the paper holster springs open, thereby pushing the foil sheets of the foil pouch apart for creating a holster opening that allows sterile retrieval of the medical device. The design of the holster enables a sterile tech to put his or her hand inside the pouch and inside the holster opening of the paper holster for removing the medical device, such as an implant applicator gun. This shape, size and configuration of the paper holster relative to the foil pouch enables the paper holster to remain inside the foil pouch during withdrawal of the medical device without the need to secure or tack the paper folder to the foil pouch.

Problems solved by technology

With the package disclosed in the '549 patent, it is difficult to rapidly remove the contents of the package while maintaining sterility.

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